http://www.fotothing.com/tag/mathematics/ The latest photos on Fotothing tagged with the keyword mathematics Tue, 14 Oct 2008 16:35:34 +0000 Tue, 14 Oct 2008 16:35:34 +0000 http://www.fotothing.com/ http://static.fotothing.com/images/smalllogo.gif http://www.fotothing.com/tag/mathematics/ http://www.fotothing.com/grimp/photo/a4a04ec0621fa0d8c3dc89d9953b8c89/
Klein bottles at the Science Museum, London.

'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> Tue, 18 Dec 2007 16:29:37 +0000 nobody@fotothing.com (grimp)
'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> grimp http://www.fotothing.com/grimp/photo/c46bfa1cba6e784a65e7fc4fcfd0c01a/
Klein bottles at the Science Museum, London.

'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> Tue, 18 Dec 2007 16:29:15 +0000 nobody@fotothing.com (grimp)
'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> grimp http://www.fotothing.com/grimp/photo/3cabb61b1c1d1ff5b34a138374de482e/
Klein bottles at the Science Museum, London.

'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> Tue, 18 Dec 2007 16:28:52 +0000 nobody@fotothing.com (grimp)
'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> grimp http://www.fotothing.com/grimp/photo/d0251eba04fb7e2f772d175a6df050a8/
Klein bottles at the Science Museum, London.

'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> Tue, 18 Dec 2007 16:28:29 +0000 nobody@fotothing.com (grimp)
'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> grimp http://www.fotothing.com/grimp/photo/177102ba994beca4f0a5b51e8f3e92ad/
Klein bottles at the Science Museum, London.

'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> Tue, 18 Dec 2007 16:28:07 +0000 nobody@fotothing.com (grimp)
'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> grimp http://www.fotothing.com/grimp/photo/0d3b0f2a8197c15eab0f0bbb20d0831f/
Klein bottles at the Science Museum, London.

'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> Tue, 18 Dec 2007 16:27:45 +0000 nobody@fotothing.com (grimp)
'In mathematics, the Klein bottle is a certain non-orientable surface, i.e., a surface (a two-dimensional topological space) with no distinction between the "inside" and "outside" surfaces. ' quoted from Wikipedia
Imagine walking over the surface. You could walk in a straight line forever.]]> grimp http://www.fotothing.com/VBE/photo/8110eaaf8183e6496ad660db5bac9c4b/
It's a really BIG problem! (Valter, my son)]]> Wed, 12 Oct 2005 08:03:46 +0000 nobody@fotothing.com (VBE) VBE